UFF111IE Frigidaire Freezer - Instructions

Bought a new
capacitor.

This was a simple job. Raised the flap in the back that houses the compressor, removed the wire that holds the relay, pulled out the old relay and pushed the new one on. Replaced wire holder and that was it. Plugged it frig and freezer is at zero and lower compartment at 35. As easy as brushing your teeth!

I located the part that was the culprit as it had buzzed very much before quitting. This is an easy removal as the part is in a two prong jack and just needs to be carefully removed with the new part inserted back in the jack provided. The refrigerator works fine now, but the run capacitor will still buzz on start up of the compressor. I do hope this is normal in this model? anyway it runs fine mow. Thank you.

After unplugging electric cord and turning off water at wall, I then removed the two screws that secured the valve to the refrigerator. I then removed the water connections to the valve and removed a short portion of the hose going to the icemaker. I then installed the connection pieces provided package and reversed the procedures to install the new part. It was easier than I thought it would be.

The site offers a video for this part which worked perfectly. In addition to replacing the part, since the cardboard panel was off, we also cleaned all the dust off of the coils which someone recommended to do annually.

I pulled the cover from back of fridge then removed two screws from the water valve disconected the wires and removed water lines. had to reroute water lines so the universal part would fit. don't forget to turn off the water befor doing the above. found new mounting hole and reconected water lines. worked like a champ.

Remove the cardboard access cover at the bottom back of the fridge. On the left side, locate the run capacitor. Remove it by prying it loose from its socket, after first removing the wire hold down clamp. One wonders why the clamp is there, which makes it difficult to get the run capacitor out. Be careful not to disrupt in any way the copper refrigerant tubes. If you mess them up, you will have wasted your time and effort trying to repair the machine. I was lucky, since a failed run capacitor is the problem only about 12% of the time, based on what I’ve read. Hallelujah! It was the problem with my fridge.

It was very easy. Took off water line and two screws. Put new valve back on and presto life (ice) is good again.

Ordered the Capacitor and the Thermostat Control. Parts were received in a matter of a few days, easy to install, but did not fix the problem. Had to call a repairman to fix the problem (compressor relay - this part not available to order for this model number with Parts Select). Will continue to use Parts Select in the future for other parts, but not happy that the actual part I needed was not available - had to use other methods.

Unplugged the fridge. Removed water inlet valve from fridge. Used voltmeter to test for resistance (between 50 and 150 ohms). Didn't pass the test.
My original part was 218720400. I ordered part PS468507 from partselect.com. My original part had a "garden hose" coupling so PS468507 fit the bill.
This part's electrical connection wasn't angled the same way as the original so we had to finagle it.
Hooked the plastic refridgerator supply hose up first.
Then screwed on the copper "garden hose" connection to the valve using channel lock pliers. Was careful not to over tighten.
Then the fun started. The electrical connector wires were a tight fit between the copper tubing and the refridgerator frame. Did I mention that the electrical connetion wasn't angled the same as the original? My daughter got her smaller hands in there and was able to make the connection.
NOTE: Because of the angling issue I was unable to screw the anchor plate to the fridge.
I made sure that the valve did not interfere with the fan.
Turned on the water and checked for leaks.
Plugged the fridge back in and in a couple of hours we had ice cubes. Works like a charm!

A little research told me the hum plus no cooling was either the compressor or the relay. I ordered the new relay and put it in but it didn't fix the problem. I ended up having to buy a new fridge, but it was worth the $30 gamble to see if I could fix it on the cheap and it saved me the money a service call would've cost. Pretty easy installation, just in a tight space on my model.

Made sure water was going into valve, shut off water to valve, removed it. removed two connections, replaced with new valve, Walla, off & running. Incidentally, rec'd new valve much quicker than I ever expected.

It was very easy. Pulled off the old valve and replaced with the new one and it started making ice right away. There are a couple of issues you need to be aware of that I am watching closely now. The old valve was a 15 watt valve. The one they sent me is a 35 watt valve. It really pressures the water into the ice maker. So much so I am getting a little leaking from the overflow. Its working so well and powering the water in so fast it starts to leak a little due to being to full. When I ordered the part, no where did it show the wattage of the valve so be careful. It works great but will have to keep an eye on it so it does not overflow.

Removed dead water valve. Installed new water valve.

Needed to replace the valve in the back. My first attempt at a fridge repair. New valve went on in a flash and the ice maker is working great.